This is the first notification from your channel in well over a year. Out of curiosity I looked at your channel and see you have many videos posted since then. I thought you should know that even though I am subscribed with notifications on I haven't seen one from you in a very long time. Glad to know you are still around.
Thank you for letting us know. We've heard this from other creators as well - there are so many hoops to jump through for you to actually get notified about all the videos from the creators you're subscribed to. That's why we're trying to grow our email list, so we can send out a (usually monthly) notice to subscribers about new content. Here's the link, and thanks again! snu.socratica.com/join
Thank you for this tutorial. Let me mention here that the D function can be used to calculate two very cool matrices: - Jacobian: D[f[x,y], {{x,y}}] - Hessian: D[f[x,y], {{x,y}, 2}]
Suggestion - use a larger character set. Like it is now the characters are hard to read on a mobile. In this example there were very few lines which filled more than half of the screen horizontally. So could be double? Thanks.
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This is the first notification from your channel in well over a year. Out of curiosity I looked at your channel and see you have many videos posted since then. I thought you should know that even though I am subscribed with notifications on I haven't seen one from you in a very long time. Glad to know you are still around.
Thank you for letting us know. We've heard this from other creators as well - there are so many hoops to jump through for you to actually get notified about all the videos from the creators you're subscribed to. That's why we're trying to grow our email list, so we can send out a (usually monthly) notice to subscribers about new content. Here's the link, and thanks again!
snu.socratica.com/join
@@Socratica Excellent. Thanks for the reply and info :)
Thank you for this tutorial. Let me mention here that the D function can be used to calculate two very cool matrices:
- Jacobian: D[f[x,y], {{x,y}}]
- Hessian: D[f[x,y], {{x,y}, 2}]
I just noticed recently, this is best watched while wearing earphones.
Congrats for making it to 2023 guys, great vid.
Thank you kind friend! Happy New Year to you!
Very informative. Request you to keep the fonts of whatever you write a little bit bigger. Everyone has not got a great eyesight to see this.
Not just that. Some of us use mobile devices, which I'm using now. The text can be a bit small.
Suggestion - use a larger character set. Like it is now the characters are hard to read on a mobile.
In this example there were very few lines which filled more than half of the screen horizontally. So could be double? Thanks.
I miss you so much
This is great stuff! well done!
How are you making these videos?? What are the softwares needed?
I’m not sure what they use but TH-camr 3blue1brown uses his own software that’s open source called Manin
Real facts ☑️✅✔️👈👈💯
Plz, do more and more accent on the structure of the Wolfram language. At least, occasionally...
👏👏
Nice.